________________________________________________________________________________________________

Objectives

• This training Course should:
• Be able to optimize the staffing resources required for such training.
• Help the process of training so that more trainees will develop skills to deal with leakage control & reporting .
• Be used as a manual for trainers and managers involved in leakage control activities.
• Be used as a manual for the design and implementation of leakage control services.
• Improve the skills in training methods for leakage control activities.

The Delegates

Engineers – technicians – assistants – and all those whom responsible for the detection and reporting on Leakage .

Contents

• Introduction and course overview.
• Introduction to leakage :
• Course introduction
• Defining leakage
• Factors influencing leakage
• Causes and effects of leakage
• Developing a leakage strategy
• Leakage assessment
• Understanding water loss and leakage
• Defining total water loss
• International comparisons
• Physical (real) and non-physical (apparent) losses
• Quantifying total water loss
• Conducting a water audit
• Techniques for quantifying leakage
• Leakage measurement in the distribution network
• Using temporary meters
• Leakage measurement and detection in intermittent-supply networks
• Developing a leakage management strategy
• Economics and planning
• The Bursts and Background Estimates (BABE) concept
• Setting leakage targets
• Leakage monitoring and control
• Leakage monitoring in zones or sectors (the DMA concept)
• DMA design
• DMA management
• DMA maintenance
• DMA monitoring
• Responding to DMA data
• Dealing with problem DMAs
• Pressure management
• Design of pressure management areas (PMAs)
• Choice of PRV and control system
• Leak detection and location
• Leak detection techniques
• Leak location techniques
• Equipment for leak detection and location

 

The Discount

10% in case of Three P. (or more)